AlphaNumeric, discussion with you is useless and all thinking readers can see it.
I am writing my new paper concerning the basic wrong interpretations in particle physics and cosmology. It will concern following problems:
1.
The formula E = mcc
2.
Redshift
3.
Dark energy and Einstein spacetime
4.
Higgs mechanism and electroweak interactions;
Transition from inertial to gravitational mass
5.
The exiting from inflation
6.
Up and down quarks
7.
Quantum mechanics based on superluminal entanglement and confinement
8.
Simultaneous flatness and curvature of spacetime
9.
Gravity and quantum physics
10.
Gravitational waves
11.
Shape of rotating black holes
12.
The double beta decay
13.
Can neutrinos acquire their masses due to the Higgs mechanism that leads to the sham Higgs boson 125 GeV?
14.
Information
15.
Where is the antimatter?
16.
Is complete unification possible?
17.
Higher dimensions
18.
Dark matter
19.
Oscillations of neutrinos and their “disappearance”
There are much more basic problems in particle physics and cosmology starting from wrong assumptions and containing wrong interpretations. It causes that many mainstream theories are very messy.
Physicists write about phase transitions that break the symmetries but, generally, only in the Lacking Part of ultimate theory, i.e. the Everlasting Theory, there is the comprehensive mathematical description of the possible phase transitions. They lead to the internal structure of the bare fermions, bosons, Einstein spacetime, dark matter and dark energy and lead to the correct Higgs mechanism.
Since AlphaNumeric is dishonest, I will describe above problems after the publication. It will take some two weeks.
Undefined, it is true that the Everlasting Theory leads to the physical constants and hundreds results consistent or very close to experimental data. See my book and 15 papers.
I am writing my new paper concerning the basic wrong interpretations in particle physics and cosmology. It will concern following problems:
1.
The formula E = mcc
2.
Redshift
3.
Dark energy and Einstein spacetime
4.
Higgs mechanism and electroweak interactions;
Transition from inertial to gravitational mass
5.
The exiting from inflation
6.
Up and down quarks
7.
Quantum mechanics based on superluminal entanglement and confinement
8.
Simultaneous flatness and curvature of spacetime
9.
Gravity and quantum physics
10.
Gravitational waves
11.
Shape of rotating black holes
12.
The double beta decay
13.
Can neutrinos acquire their masses due to the Higgs mechanism that leads to the sham Higgs boson 125 GeV?
14.
Information
15.
Where is the antimatter?
16.
Is complete unification possible?
17.
Higher dimensions
18.
Dark matter
19.
Oscillations of neutrinos and their “disappearance”
There are much more basic problems in particle physics and cosmology starting from wrong assumptions and containing wrong interpretations. It causes that many mainstream theories are very messy.
Physicists write about phase transitions that break the symmetries but, generally, only in the Lacking Part of ultimate theory, i.e. the Everlasting Theory, there is the comprehensive mathematical description of the possible phase transitions. They lead to the internal structure of the bare fermions, bosons, Einstein spacetime, dark matter and dark energy and lead to the correct Higgs mechanism.
Since AlphaNumeric is dishonest, I will describe above problems after the publication. It will take some two weeks.
Hi guys, in an impartial attempt to short circuit further personality and politics exchanges from days of old, I would like to ask if the following statement/claim by Sylwester Kornowski is true or not:
So, can anyone qualified in this aspect please compare and report on the absolute/comparative effectiveness of the current theories and the absolute/comparative effectiveness of Sylwester's theory insofar as the "physical constants and hundreds results consistent or very close to experimental data" is concerned?
Gotta go vote! Back tomorrow! Bye all. Play nice.
Undefined, it is true that the Everlasting Theory leads to the physical constants and hundreds results consistent or very close to experimental data. See my book and 15 papers.